Chlorophyll fluorescence can easily be measured with a chlorophyll fluorometer.
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The Qubit fluorometer uses DNA standards to derive the relationship between DNA concentration and fluorescence.
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The Qubit fluorometer uses fluorescent dyes to determine the concentration of nucleic acids and proteins in a sample.
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This not only supplies the light to drive the photosynthesis of the leaf but also houses a sensitive chlorophyll fluorometer.
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The second generation of this instrument, the Qubit 2.0 Fluorometer, was released Nov . 15, 2010.
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In the fluorometer, a light source emits light of an excitation wavelength that is relevant to the compound to be measured.
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The Qubit fluorometer can pick up this fluorescence signal and convert it into a DNA concentration measurement using DNA standards of known concentration.
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High performance imaging fluorometer systems provide options to analyze single cell / single chloroplast as well as sample areas covering whole leaves or plants.
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Furthermore, integrated systems include software to control the integrated use of both the chlorophyll fluorometer, and gas exchange components of the system.
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The protein is configured to detect a specific analyte and the ensuing signal is read by a detection instrument such as a fluorometer or luminometer.
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